Envalior Akulon S223-G2U PA66 Resin
Envalior Akulon S223-G2U is a 13% glass-reinforced PA66 offering balanced strength and processability for automotive, electronics, and industrial components.
Physical Properties
- Density: Per ISO 1183, the density is 1.25 g/cc (0.0452 lb/in³), with 13% glass fiber reinforcement enhancing rigidity without excessive weight.
- Water Absorption: Simulating ISO 62, water absorption is 8.0 %, comparable to unfilled grades, indicating limited impact from low fiber content.
- Moisture Absorption: Under humidity conditions (sim. ISO 62), moisture absorption is 2.10 %, showing minimal change from the base polymer.
- Linear Mold Shrinkage (Flow): As per ISO 294-4, flow-direction shrinkage is 0.010 cm/cm (0.010 in/in), slightly reduced by fiber reinforcement.
- Linear Mold Shrinkage (Transverse): Per ISO 294-4, transverse shrinkage is 0.015 cm/cm (0.015 in/in), reflecting greater polymer dominance in the transverse direction.
Polymer Properties:
- Base Material: Polyamide 66 (PA66)
- Reinforcement: 13% Glass Fiber
- Modification Features:
- 13% glass fiber for lightweight strength.
- Improved creep resistance for lasting performance.
- Good balance of strength and processability.
Applications:
The combination of high stiffness, strength, and thermal resistance makes Akulon S223-G2U an ideal material for demanding applications across various industries.
- Automotive Industry: Structural and functional components such as air intake manifolds, engine covers, brackets, and pedal systems.
- Its strength and heat resistance are critical for these under-the-hood applications.
- Electrical & Electronics: Housings for power tools, electrical connectors, and switches where high mechanical integrity and durability are required.
- Industrial & Mechanical Engineering: Functional parts in machinery, gear wheels, bearing cages, and other load-bearing components where rigidity and strength are paramount.
- Consumer Goods: Durable parts in appliances or sports equipment that need to withstand significant mechanical stress.